Why do event queues become dangerous?

Event queues become dangerous when the number of arriving visitors exceeds a venue’s ability to process entry efficiently. This often occurs during peak arrival periods when security checks, bag inspections, and manual storage processes reduce throughput. As queues grow, they can extend beyond controlled areas, increasing crowd density, perimeter congestion, and overall security risk. At scale, what begins as a delay can quickly escalate into a safety and compliance issue, particularly under regulations such as Martyn’s Law.

How do bag checks slow event entry?

Bag checks significantly reduce entry speed because each item requires inspection, decision-making, and sometimes secondary screening. In high-volume environments, security lanes can process around 500 people per hour without bags, but this can drop to approximately 250 people per hour when bags are introduced. This reduction in throughput creates bottlenecks, increases queue length, and slows overall ingress.

How can venues improve ingress speed?

Improving ingress speed requires removing friction from entry processes and increasing throughput at security and access points. This can be achieved by eliminating bag-related delays, removing manual cloakroom handling, standardising workflows, and reducing decision-making at entry. One of the most effective approaches is removing bags before security, allowing screening processes to operate at full capacity and maintain consistent flow.

What are Martyn’s Law queue management requirements?

Martyn’s Law requires venues to take proportionate steps to reduce security risks, including managing crowd density and controlling entry flow. This involves identifying congestion points, reducing queue build-up outside venues, implementing systems to manage visitor movement, and ensuring safe ingress and egress. Long, unmanaged queues are considered a potential vulnerability, making queue control an essential part of compliance.

How do cloakrooms impact event operations?

Traditional cloakrooms rely on manual processes such as receiving, tagging, storing, and retrieving belongings. Each interaction can take 30–40 seconds per visitor, which creates delays at scale. This leads to long queues before security, increased staffing requirements, and congestion during both entry and exit. As a result, cloakrooms often become a primary operational bottleneck in high-volume venues.

Can smart lockers eliminate event queues?

Smart lockers significantly reduce, and in many cases eliminate, queues caused by storage and bag handling. Because they are self-service and typically take only 8–10 seconds per transaction, they remove the need for centralised, staff-operated cloakrooms. By distributing storage across multiple access points and allowing visitors to store items before security, lockers enable faster processing and prevent queue build-up.

How do smart lockers improve security at venues?

Smart lockers improve security by removing bags before screening, reducing congestion at entry points, and enabling consistent enforcement of policies. This leads to faster and more predictable screening, reduced crowd build-up, and clearer handling of prohibited items. By improving flow and reducing density at entrances, lockers also help lower overall security risk.

What is the ROI of event locker systems?

Event locker systems generate return on investment through both cost savings and new revenue streams. Staffing costs can be reduced by up to 70–90%, while faster ingress improves overall operational efficiency. In addition, paid storage—typically priced between £5 and £10 per use—creates a new, trackable income stream. For large venues, this can result in £10,000–£20,000 or more in revenue per event, with payback periods often achieved within months.

Vpod venue locker solutions

Smart Venue Lockers for Stadiums, Arenas and Live Events

Give visitors secure, self-service bag storage before entry—helping your team enforce bag policies, reduce manual handling and keep high-volume ingress moving.

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400+locations

25+countries

8 monthsAFAS Live payback

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Customer evidence · videoHow AFAS Live cut exit times by 56%

Built for peak demand

Storage that works with venue operations—not against them

Venue lockers move bag storage away from security lanes and staffed cloakrooms. Visitors store and collect independently using a QR code, PIN or mobile journey, while venue teams retain visibility of occupancy and activity.

Faster entry flow

Separate storage from ticketing and security screening to remove a common ingress bottleneck.

Consistent bag policies

Give visitors a practical alternative when bags or restricted items cannot pass the entry point.

Lower staff dependency

Replace repetitive item handling with a guided self-service journey and operational oversight.

Revenue-ready storage

Offer paid storage directly or explore a GainShare model without losing control of the guest experience.

The visitor journey

Four clear steps from arrival to collection

Simple enough for first-time visitors. Controlled enough for live operations.

Self-service lockers inside AFAS Live — Self-service storage built for simultaneous use

Store

Visitors choose the right compartment before security.

Access

A secure PIN, QR code or mobile credential is issued.

Enjoy

Items remain locked while the visitor enters the venue.

Collect

Visitors retrieve belongings without a staffed handover.

CrowdStor

Purpose-built smart rental lockers for high-footfall venues

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Real venue evidence

Measured results, not a generic locker claim

Use comparable venue deployments to build the internal case across operations, security, guest experience and commercial teams.

AFAS Live · arena

56% faster post-concert exit

✓ Reduced cloakroom pressure
✓ Lower staff workload
✓ Eight-month reported payback

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Co-op Live · arena

368 venue locker doors

See a high-volume venue deployment supporting fan convenience, self-service storage and attributable revenue.

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Make the right storage decision

Smart lockers, staffed cloakroom or bag policy?

Each approach changes throughput, staffing and visitor experience. Start with the operating model, not the cabinet.

Criteria

RecommendedSmart lockers

Staffed cloakroom

Bag policy only

Peak scalability

✓ High

Staff-dependent

Low

Visitor self-service

✓ Yes

No storage

Audit visibility

✓ Digital

Manual

Limited

Revenue potential

✓ Built in

Possible

None

Staff handling

✓ Low

High

High at exceptions

Compare cloakrooms and lockers for event security ↗Compare all three event-storage models ↗

Built around your priorities

One venue system. Three decision journeys.

Take each stakeholder directly to the evidence that matters to their role.

Operations directors

Security and crowd flow

See how smart lockers support venue operations under Martyn’s Law

Understand where pre-entry storage fits alongside bag policies, controlled ingress and venue security planning.

Open the venue operations video on YouTube Read the Martyn’s Law venue guide

Solve the problem behind the search

Explore the venue challenges this system addresses

Manual storageWhy cloakroom inefficiency creates queues↗Security screeningHow bag checks delay venue entry↗Crowd flowWhat causes event-ingress bottlenecks↗

Plan your venue deployment

Design storage around your peak arrival window

Talk through capacity, location, access journey, commercial model and integration requirements with Vpod.

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